Confection casting mold



Jan. 22, 193.5. LA com- ET AL 1,988,906

CONFECTION CASTING MOLD Filed April 22, 1953 2 Sheets-Sheet 1 I InvenioaS j ikagyjd 6201 2 6 z s'Zewsi- M029 f1 llomey A. LA coRTE El AL Jan. 22, 1935.

CONFECTION CASTING MOLD 2 Sheets-Sheet 2 Filed April 22, 1933 I nvenlora Jzzi' on [a (52 2? so to, pin being Patented Jan. 22, 1935 UNITED STATES CONFEOTION CASTING HOLD ABMLQCOHQMEMMIH, IolephLKbmhmHdIhtQm Applicationhpril 22, 1933, Serial No. 87,410

This invention relates to a novel mold especially desianed and constructed to expedite the formation and manufacture of confection products particularly of the type referred to in the 5 trade as frozen confections.

Briefly stated, the product constructed with the use of this mold is one which embodies a longitudinally elongated cup-like protective casing flliedwith ice cream frozen on a stick.

In carrying the principles of the present inventive conception into active practice, we have evolved and produced a novel two-part mold whichmaybesaidtobernadeupof inner and outer molds, the outer mold serving to define the external shape of the shell-like casing of the product and the inner mold functioning as a core for internally shaping :and gauging the thickness of said casing.

' One feat of the invention is predicated upon. 2o the'spccific construction coordination of the.

two com 3 5:. 1. on mold sections, wherein the inner section is c 2- mung owl etious removal "to c t oi the ice c d sticks.

@ther icetnres and will meme more opponent from the following de= scripticn drone.

Z1131 wat /"inns:

Figaro is top plum n23 the complete mold puma in assembled relnp.

E a sectioned on oi? ltm oi "are i.

n eie= type molds-i.

is n section on time c d oi e are detail perspective views The outer multiple type mold comprises a in like piste 7 supported on substantially ti ma legs s. set its tar this plate is provided with .1; mm and :U

pivo waited I rip 11 which is pivomd on the ememe upper end of the pin as indicated st 12. This not only so as a dgrip but as a retainer or look as will be hereinafter described.

50 The numerals l8 dte small drain per- .ll andhaverestingorsuspensionilangesldatthsir nation-nil of outer or: r

1 pin 9 slidably mom in a collar 1:..1 provided at its top mm a upper ends which rest removably on the plate 7 in The inner mold unit or section is distinguished generally by the numeral 1'! and this comprises adisc-likepiatelilofasizecommensuratewith 6 the plate 7 having uniformly arranged hollow depending cores 19 of approximately elliptical cross sectional shape as shown in Figure 4. The numeral 20 designates a marginal rim which coacts with the plate 18 in forming a pan. The numeral 21 designates a centralized upstanding cylindrical neck which surrounds and seats down over the collar 1'0. The pin 9 extends up through the neck. Obviously the pan is seated on the plate 7 so that the core members 11? project down into the molding receptacles 15. in spaced relation. This defines the thickness of the shell-like solidified casing or article 22 of final coniectionery product (not shown).

As before implied. the 1d and '20 constitute a for 1 water dur the of deirost the or side or Moreover. the neck 2:4. were: tuteso liitlng memmr used to lift the or mold after the Q1; operation.

En pmctice, the per or inner mold unit 1? is to uncover outer ids or receptacles 15. in we apprcfi mainly two oi no wt concentriruit in E53 15. The material may ntce it de= In 1 11:;- tlie mold unit 1? in it is saw to the ii on its pivot 1% so it is vertical or u 11 Q. all down into place -u' s e 11 iii brought t9 t. :I' 1

sestw the e2; pr.

the liquid in outer mold to. one out i irce =3: rises and the shape illus- 1 4. Then the complete assembly is placed in a. freezing cabinet until the liquid contents oi the moldis suillciently froitsn. Then the device is removed from the cabinet andthepan of thepartl'laawellasth'ecores 19isfllledwith water. This will loosen or defrost the inner mold sothatitcanbeextractcd. Afterthis,theice creamilll ingsare placedinthecasingnandthe sticks (not shown) are inserted and allowed to freeze. At the proper time, the multiple outer mold is immersed in water which loosens the confection products sufficiently to permit expeditious removal and subsequent packaging for sale purposes.

A careful consideration-of the foregoing description in conjunction with the illustrative drawings will enable the reader to obtain a clear understanding of the purpose, features and advantages, the explicit construction, and the invention as hereinafter. claimed.

It is to be understood that minor changes in shape, size, relativeproportions, and materials may be resorted to in practice without departing from the spirit of the invention or the scope of the invention as now claimed,

We claim:

1. A.mold assembly of the class described comprising an outer mold embodying a disc-like plate having supporting means and a plurality of openings, a plurality of vertically elongated outer mold receptacles inserted downwardly through said openings and having supporting flanges resting on said plate, a second mold section comprising a disc having an upstanding marginal rim defining a pan, and a plurality of hollowv'ertically elongated core members carried by and? depending from said disc and adapted for telescopic reception in said outer mold receptacle, said'pflate being provided with a centrally disposed upstanding pin having a pivoted handle on its upper end, said disc being provided with an upstanding tubular-g lifting neck surrounding said pin, the handle beg ing disposed above said neck.

2. An inner mold and defrosting device of the class described comprising a disc formed with a marginal upstanding rim defining a water containing pan, said disc being formed at its center with a tubular neck having a flange at its upper end, said disc being further formed with integral depending hollow core members of a predetermined shape.

ANTHONY LA CORTE.

FRANK S. MODZELEWSKI.

JOSEPH A. KLYCZEK. 

